Legal claims defining the scope of protection. Each claim is shown in both the original legal language and a plain English translation.
1. A method of monitoring access to multiple files, mobile applications, websites, computer applications, servers, computers, and databases remotely from a mobile device to stop access to a target application comprising of multiple files, mobile applications, websites, computer applications, servers, computers, and databases remotely from a mobile device comprising of the: a) installing a first monitoring application into the software of said target application, b) installing a management application onto a server which has a second monitoring application which is in communication with said first monitoring application, c) said first monitoring application monitoring the software of the target application for an event, d) said first monitoring application sending a notification to said second monitoring application when said event occurs, e) said second monitoring application sending a first notification to a user alerting said user to the occurrence of said event, f) said user receiving said event, g) said user initiating an action based on the said event by initiating a response using said management application onto said server which formats a second notification and sends said second notification to said first monitoring application on said software of said target application using said second monitoring application.
2. The method of claim 1 , whereas said event is selected from the group consisting of login, locking the user account, logout of the user account, login of the user account, changing password, changing notification email, changing notification phone number, changing contact information, changing security questions, and changing alternate email address.
This invention relates to user account management systems, specifically methods for detecting and responding to security-sensitive events in user accounts. The problem addressed is the need to monitor and verify critical account changes to prevent unauthorized access or fraudulent modifications. The method involves tracking specific user account events, such as login attempts, account locking, logout, password changes, and updates to contact information, notification settings, or security questions. When one of these events occurs, the system triggers a verification process to confirm the legitimacy of the action. This may include sending a confirmation request to a registered device or email address, requiring additional authentication steps, or logging the event for later review. The goal is to enhance security by ensuring that only authorized users can make significant changes to their accounts, reducing the risk of account takeover or unauthorized modifications. The method applies to various digital platforms, including online services, financial systems, and enterprise applications, where account security is critical. By monitoring these predefined events, the system provides an additional layer of protection against malicious activities.
3. The method of claim 1 , whereas said action is selected from the group consisting of logout the user's access, locking the user account, login of the user account, changing the user's password, changing the notification email, changing notification phone number, changing contact information, changing security questions, logging into a computer, and changing alternate email address.
4. The method application of claim 1 , whereas said target application is selected from the group consisting of databases, server applications, computer applications, mobile app, browser plugin, and website.
This invention relates to a method for applying a software solution across various computing environments. The method addresses the challenge of adapting a software solution to different types of applications, ensuring compatibility and functionality across diverse platforms. The solution involves deploying the software to a target application, which can be a database, server application, computer application, mobile app, browser plugin, or website. The method ensures that the software integrates seamlessly with the target application, maintaining performance and usability. The approach may include modifying the software to meet the specific requirements of the target application, such as adjusting data formats, communication protocols, or user interface elements. The method also ensures that the software operates efficiently within the constraints of the target application, whether it is a resource-intensive server application or a lightweight mobile app. By standardizing the deployment process, the invention simplifies the adaptation of software solutions across multiple platforms, reducing development time and improving compatibility. The method may also include monitoring the software's performance within the target application and making adjustments as needed to optimize functionality. This approach ensures that the software remains effective and reliable regardless of the target application's type or environment.
5. A method of monitoring access to multiple files, websites, mobile applications, computer applications, cloud applications, servers, computers, and databases remotely from a mobile device to stop access to a target application comprising of multiple files, mobile applications, websites, computer applications, servers, computers, and databases remotely from a mobile device comprising of the: a) installing a first monitoring application into the software of said target application, b) installing a management application onto a server which has a second monitoring application which is in communication with said first monitoring application, c) said first monitoring application monitoring the software of the target application for an event, d) said first monitoring application sending a notification to said second monitoring application when said event occurs, e) said second monitoring application sending a first alarm notification to a user alerting said user to the occurrence of said event, f) said second monitoring system setting a timer for a predetermined amount of time, f) said predetermined time on said timer expiring, g) said second monitoring application sending a copy of said first notification to a user alerting said user to the occurrence of said event, h) said user initiating an action based on the said event by initiating a response using said management application onto said server which formats a second notification and sends said second notification to said first monitoring application on said software of said target application using said second monitoring application.
6. The method of claim 5 , whereas said event is selected from the group consisting of login, accessing the user account, locking the user account, logout of the user account, changing password, changing notification email, changing notification phone number, changing contact information, changing security questions, and changing alternate email address.
This invention relates to user account security in digital systems, specifically methods for detecting and responding to suspicious or unauthorized activities by monitoring specific account events. The system tracks user account actions such as login attempts, account access, account locking, logout, password changes, notification email or phone number updates, contact information modifications, security question changes, and alternate email address adjustments. By analyzing these events, the system identifies potential security threats, such as unauthorized access or fraudulent modifications, and triggers appropriate responses like alerts or account restrictions. The method enhances security by ensuring that critical account changes are monitored and validated, reducing the risk of account takeover or data breaches. The system may integrate with authentication mechanisms to verify user identity before allowing sensitive modifications, ensuring only authorized users can alter account settings. This approach improves account security by detecting anomalies in user behavior and preventing unauthorized changes to account details.
7. The method of claim 5 , whereas said action is selected from the group consisting of logout the user's access, locking the user account, changing the user's password, login the user account, changing the notification email, changing notification phone number, changing contact information, changing security questions, logging into a computer, and changing alternate email address.
8. The method application of claim 5 , whereas said target application is selected from the group consisting of databases, server applications, computer applications, mobile app, browser plugin, and website.
This invention relates to a method for applying a software solution to various target applications, addressing the challenge of integrating specialized functionality across diverse software environments. The method involves deploying a configurable software module that adapts to different target applications, including databases, server applications, computer applications, mobile apps, browser plugins, and websites. The module is designed to interface with these applications through standardized or custom APIs, ensuring compatibility and seamless integration. The method includes steps for identifying the target application type, configuring the module to match the application's requirements, and deploying the module to enhance or modify the application's functionality. The solution may involve real-time adjustments, user interface modifications, or backend processing improvements, depending on the target application. By standardizing the deployment process, the method reduces development time and ensures consistent performance across different platforms. The invention is particularly useful for developers and enterprises needing to extend or customize software applications without extensive redevelopment.
9. The method of claim 5 , whereas the predetermined time is selected from the range comprising of 0 minutes to 48 hours.
This invention relates to a method for controlling a system, particularly for managing operations within a specified time range. The method involves executing a process or operation within a predetermined time window, which is selected from a range of 0 minutes to 48 hours. The system may include a controller or processor that initiates the process based on predefined conditions or user inputs. The predetermined time range allows for flexibility in scheduling operations, ensuring they are performed within a desired timeframe. This method is useful in applications where timing is critical, such as in industrial automation, smart devices, or time-sensitive data processing. The invention addresses the need for precise control over operation timing, preventing delays or premature execution. The system may also include feedback mechanisms to verify completion or adjust timing dynamically. The method ensures operations are executed efficiently while maintaining system reliability and performance.
10. A method of monitoring access to multiple files, mobile applications, websites, computer applications, cloud applications, servers, computers, and databases remotely from a mobile device to stop access to a target application comprising of multiple files, mobile applications, websites, computer applications, servers, computers, and databases remotely from a mobile device comprising of the: a) installing a first monitoring application into the software of said target application, b) installing a management application onto a server which has a second monitoring application which is in communication with said first monitoring application, c) said first monitoring application monitoring the software of the target application for an event, d) determining if said event has occurred, e) setting a first timer for a first predetermined amount of time, f) when said first timer expires said first monitoring application sends a notification to said second monitoring application when said event occurs, g) said second monitoring application sends a first alarm notification to a user alerting said user to the occurrence of said event, h) said second monitoring system setting a second timer for a second predetermined amount of time, i) said second timer expiring, j) when said second timer expires said second monitoring application sending a copy of said first notification to a user alerting said user to the occurrence of said event, k) said user initiating an action based on the said event by initiating a response using said management application onto said server which formats a second notification and sends said second notification to said first monitoring application on said software of said target application using said second monitoring application.
11. The method of claim 10 , whereas said event is selected from the group consisting of login, locking the user account, logout of the user account, login of the user account, changing password, changing notification email, changing notification phone number, changing contact information, changing security questions, and changing alternate email address.
12. The method of claim 10 , whereas said action is selected from the group consisting of logout the user's access, login the user account, locking the user account, changing the user's password, changing the notification email, changing notification phone number, changing contact information, changing security questions, logging into a computer, and changing alternate email address.
13. The method application of claim 10 , whereas said target application is selected from the group consisting of databases, server applications, computer applications, mobile app, browser plugin, and website.
14. The method of claim 10 , whereas said first predetermined time is selected from the range comprising of 0 minutes to 48 hours.
15. The method of claim 10 , whereas the second predetermined time is selected from the range comprising of 0 minute to 180 minutes.
A system and method for managing a process involves controlling a parameter of a device over a sequence of time intervals. The method includes a first phase where the parameter is adjusted to a first target value and maintained for a first predetermined time. This is followed by a second phase where the parameter is adjusted to a second target value and maintained for a second predetermined time, which is selected from a range of 0 to 180 minutes. The method may also include a third phase where the parameter is adjusted to a third target value and maintained for a third predetermined time. The system may include a controller configured to execute these phases, a sensor to monitor the parameter, and a communication interface to transmit data. The method ensures precise control of the parameter over time, optimizing the process efficiency and performance. The system may be used in industrial, medical, or environmental applications where controlled parameter adjustments are critical. The method allows for flexibility in the second phase duration, enabling adaptation to different process requirements. The system may also include feedback mechanisms to dynamically adjust the target values based on real-time data.
Unknown
March 23, 2021
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